Alpino brown
Height increasing shoes. Premium grain leather exterior. Interior fully lined in fine leather.
Height increasing shoes. Made of premium first-quality leather exterior, with a fine leather lining on the interior.
Description: The Mesina model is an elegant pair of shoes designed to blend style and comfort. These Italian-style shoes are crafted from premium first-quality leather, giving them a sophisticated and durable appearance. Their lace up design make them a versatile choice for various outfits.
Features: The Mesina model stands out for its high-quality construction. These lace up shoes have a fully padded interior, providing a feeling of softness and comfort with every step. The ultralight EVA rubber sole not only offers flexibility but also absorbs impacts, providing effective cushioning during walking. Additionally, their built-in elevator design discreetly increases height. These shoes are ideal for pairing with a variety of pant styles, including chinos, dress pants, or jeans, making them a versatile addition to your wardrobe.
Care: To keep the Mesina shoes in optimal condition, we recommend following these care steps. First, you can clean the shoes using a cream applicator brush to remove dust and dirt. Then, gently rub with a polishing brush to enhance the natural shine of the leather. You can also use a polishing sponge for a polished look. Avoid prolonged exposure to moisture and direct sunlight, as this could damage the leather. Storing the loafers in a cool and dry place when not in use will help preserve their quality over time.
Height increase: + 7cm / 2.75"
Height increasing shoes. Premium grain leather exterior. Interior fully lined in fine leather.
Height increasing shoes. Made of high-quality full-grain leather exterior. Interior lined with fine leather.
Height increasing shoes. Premium first-quality full-grain leather exterior. Fully lined interior in fine leather. Ultralight EVA rubber sole.
Height increasing shoes. Premium grain leather exterior. Interior fully lined in fine leather.